StoreEngine TM OpenVPX

Transcription

1 StoreEngine TM OpenVPX SE300 VPX Data Sheet: 3U VPX Solid State Storage Blade Recorder/File Server/Embedded RAID StoreEngine 3U VPX and 3U CCVPX StoreEngine is a scalable storage manager blade designed for high performance embedded systems. StoreEngine can be combined with one or more or 3U StorePak SSD storage modules to concurrently support these storage functions: Data recording/playback (/Ethernet/Fibre Channel) Serving DAS (block) data (like a disk drive or RAID system) Serving NAS (file) data (like a NFS/CIFS file server) StoreEngine is designed to manage SSD storage that is hosted via either s or StorePak 3U VPX storage blades. This combination provides ultra high performance and high capacity storage within a small size, weight, and power (SWaP) footprint. StoreEngine is available with on board SSD storage (as provided by s), or StoreEngine can be used with one or more backplane connected 3U VPX StorePak modules. On-board SSD Storage with Up to 12 TB of high speed NVMe SSD storage is provided by each optional. Multiple s can optionally be stacked for increased storage capacity. Removable Storage with StorePak 3U VPX StoreEngine may also be used in conjunction with StorePak 3U VPX modules. Each 3U StorePak module provides up to 6 TB of hot swappable SSD storage, and multiple StorePaks can be aggregated for increased capacity. Note that a backplane connection is required between StoreEngine and StorePak(s). See the StorePak 3U VPX data sheet for more information. 3U StoreEngine VPX Features: StoreEngine Air Cooled SE306 VPX is shown with one optional (SSD storage) module Intel Xeon based Storage Module Linux based storage management software stack Optional StorePak SSD Storage XMC up to 12 TB High Performance: up to 6 GB/s* Turnkey Scalable High Speed Recording NAS Network File Server (NFS/CIFS) functionality Concurrent Embedded RAID & NAS operation RAID 0/1/5/10 (with ) Xeon D Processor, 8 GB DDR (34 GB/s) Built in and 1/10 GbE backplane I/O Optional XMC I/O: 1/10 GbE or Fibre Channel Scalable & Expandable (add StorePaks) 40 Watts typical (without ) 55 Watts typical (with one ) Air or Conduction cooled rugged versions Scalable Data Recording/Playback StoreEngine provides fully turnkey data recorder functionality. This provides a flexible and scalable recording platform to record or playback high bandwidth data streams from connected ADCs, DACs, FPGAs, video streams, and 1/10GbE or Fibre Channel sources, at rates of up to 6 GB/s*. Network File Server - NAS StoreEngine s NAS (Network Attached Storage) provides filelevel access to its onboard RAID volume for applications that require file level and shared access to data among multiple clients at more moderate access rates using protocols such as NFS and CIFS. StoreEngine NAS supports data rates of over 1 GB/s. Gen 3 Switch StoreEngine NAS/DAS/Recording Storage Engine and Software Backplane I/O: SATA,, 1/10 GbE XMC stack connector Embedded DAS/RAID StoreEngine s embedded RAID provides block level access to its onboard storage via or Fibre Channel interfaces at rates of over 2GB/s. Access to storage is provided via standard VPX backplane or Fibre Channel with an optional FC XMC. Critical I/O s StoreEngine provides secure, reliable, high performance Recording, NAS, and DAS capabilities, with optional on board high capacity StorePak SSD storage. * sustained SSD data rate may be thermally limited. Maximum rate with 3 SSD is lower. Page 1 of 7 Rev 1/16/ Critical I/O, LLC. All rights reserved. Critical I/O, LLC believes the information in this document is correct, however, the

2 3U VPX StoreEngine Version Matrix Base Model Number Cooling Includes (SSD Storage) Includes XMC Stack Connector Peak Storage Performance Maximum SSD Storage Capacity Accommodates Standard I/O XMCs SE300-VPX-ND Air No n/a n/a n/a Yes SE303-VPX- Air 3 SSD XMC No 3 GB/s 6TB No SE306-VPX- Air 6 SSD XMC No 6 GB/s 12TB No SE306S-VPX- Air 6 SSD XMC Yes 6 GB/s 12TB No SE300-CCVPX-ND Conduction No n/a n/a n/a Yes SE303-CCVPX- Conduction 3 SSD XMC No 3 GB/s 6TB No SE306-CCVPX- Conduction 6 SSD XMC No 6 GB/s 12TB No SE306S-CCVPX- Conduction 6 SSD XMC Yes 6 GB/s 12TB No StoreEngine 3U Air Cooled VPX SE300 VPX ND accomodates standard I/O XMCs StoreEngine 3U Conduction Cooled VPX SE300 CCVPX ND accomodates standard I/O XMCs via a removable front panel/heat frame element StoreEngine 3U Air Cooled VPX SE306 VPX includes one 12TB (XMC shown includes optional XMC stack connector) StoreEngine 3U Conduction Cooled VPX SE306 CCVPX includes one 12TB StorePak CCXMC (XMC shown includes optional XMC stack connector) SSD 16GB DDR4 4GB x1 Gen2 x1 Gen2 2x 1/10G DDR4 4GB x8 Gen3 USB Serial XMC Site VITA TB SSD or 2x 1/10 x8 GbEG3 2x 1/2/4/8 Gb FC 2x x4 Gen2 IPMI Gen2 NT Switch Base T 2x Base X Page 2 of 7 P0 x4 x4 x4 x4 P1 P2 DPA DPB EPC EPD x8d + x12d

3 Flexible Storage Interfaces StoreEngine VPX supports a wide variety of standard and optional I/O. I/O expansion is available XMC modules. Backplane I/O P1, P2-2x 1/10 GbE KX/KR (supports NAS, recording) - 1x 1GbE Base T (supports NAS) - 2x G2/3 x4 (supports DAS, recording) - 2x G2 x4 (supports DAS, recording) - 2x G2 x1 (for RTM and control connections) - 2x G2 x4 (with optional I/O Expansion module) Optional XMC I/O Expansion (displaces ) - 2 x G2 x4 backplane I/O - 2x XAUI 10Gb Ethernet backplane I/O - 2x 1/2/4/8Gb Fibre Channel (supports DAS, Recording) - 2x 1/10 GbE optical (supports NAS, Recording) Flexible StoreEngine Usage Models StoreEngine supports a flexible set of usage models. In general, storage usage models are typically divided into three categories: 1) High Performance Recording/Playback, 2) Direct Attached Storage (DAS), which provides block level storage access (including RAID), and 2) Network Attached Storage (NAS), which provides file level shared storage access. High Performance, FC, or 1/10GbE Recording/Playback: Critical I/O s Data Recorder software is hosted on StoreEngines which provides an ultra high speed scalable recording system. The recorder software implements a recording file system that supports recording rates of up to 6 GB/s. It also provides unified playback of recorded data, allowing multiple StoreEngines and StorePaks to appear as a single data source when data is replayed, as well as NFS network access to recorded data. Record/playback data sources may be a streams from connected devices such as an ADCs, DACs, or FPGA boards, or a processor board with, or UDP/TCP data streams. Many variations of recording architectures and modes are supported; contact Critical I/O for more details. Fibre Channel or DAS: In these modes, the client utilizes StoreEngine storage in a low level block mode. The client processor hosts a file system that is provided by the client s own local operating system. The allocation and use of these low level SSD storage blocks is controlled completely by the client file system, thus DAS stored data cannot typically be shared between clients. Achievable data transfer rates for DAS storage are typically over 2 GB/s. 1/10 GbE NAS: Client access to storage is provided via network file access protocols such as NFS and CIFS. Because storage access is file based, NAS stored data can be shared among multiple clients. StoreEngine hosts a local file system, and thus it fully controls the low level allocation and use of SSD storage blocks. Data transfer rates for NAS storage are more moderate, typically 1 GB/s maximum. StoreEngine Connectivity Several StoreEngine connective examples are shown in the figures below. High Speed Recording and/or 1/10 GbE DSP/ FPGA/ADC Boards Sensor Subsystems Fibre Channel Client Fibre Channel Client DAS Client or 1/10 GbE 1/2/4/8 Gb Fibre Channel 12TB StoreEngine VPX Blade and Storage Software For data recording, the StoreEngine SE303/SE306 recorder blades, along with the data source(s), are typically hosted in a VPX rack, and are interconnected using a VPX mesh or VPX switched backplane. For 1/10 GbE data recording, the StoreEngine recorder blade(s) may be connected via backplane Ethernet or using optional optical 1/10 Gb Ethernet XMCs. Fibre Channel or DAS/RAID and/or Fibre Channel Recording Fibre Channel XMC StoreEngine VPX Blade and Storage Software StorePak 3U VPX 6TB For Fibre Channel recording or DAS/RAID operation, the StoreEngine SE300 VPX ND recorder blade(s) are typically connected through the use of optical Fibre Channel XMCs 1/10 Gb Ethernet NAS NAS Client NFS/FTP/CIFS NAS Client NFS/FTP/CIFS 1/10 GbE 12TB StoreEngine VPX Blade and Storage Software NAS clients are connected to StoreEngine SE303/SE306 via an 1/10 Gb Ethernet network, with connections made via backplane Ethernet. Connections may also be made using optional 1/10 GbE optical XMC modules. NAS clients leverage standard network file access protocols such as NFS and CIFS to access the StoreEngine controlled SSD storage, which provides file level data sharing among all connected clients. Backplane Page 3 of 7

4 Stacking s (optional) is unique in that it optionally features a second XMC stack connector on the back of the XMC that allows two or more s to be stacked together for increased storage capacity (figure 1). Stacked XMC configurations need extra space and generally require that an adjacent card slot be left empty. In very limited situations it may also be possible to stack a with an interface XMC (with a top/back optical transceiver) such as Fibre Channel or 1/10 GbE XMC (figure 2). Note that the standard shock, vibration, and power specifications do not apply to stacked configurations. Allowable Envelope (0.8 (1 pitch) or 1 ) StoreEngine Host Board Figure 1. Stacking s Backplane Exacerbating this is the fact that most components (including the s SSDs and its internal switch) dissipate higher power levels at elevated temperatures. Several specific thermal factors should be evaluated: 1) Air or thermal interface temperature 2) SSD read/write rates and duty cycle 3) StoreEngine CPU loading/power The thermal interface temperature is a critical factor for high performance applications. To avoid SSD or CPU throttling in these applications it is good practices avoid positioning the StoreEngine/XMC adjacent to high power VPX cards thus minimizing the air or thermal interface temperature. It can also be useful to adjust StoreEngine power management parameters to minimize StoreEngine power and heat load. Please reference our White Paper: Tuning StoreEngine and for Minimum Power Operation for a more detailed discussion of power reduction techniques. The charts below show typical maximum sustained write performance vs. temperature for the different air and conduction StoreEngine + versions Conduction Cooled StoreEngine + Typical Sustained Write Rate vs. Thermal Interface Temperature Fibre Channel or 10/40GbE XMC Allowable Envelope (0.8 (1 pitch) or 1 ) StoreEngine Host Board Backplane SSD Write Rate (MB/s R1 and R2 Temp Grade Preliminary Data Figure 2. Stacking with an Interface XMC Thermal Considerations Special attention must be paid to thermal factors when using StoreEngine with one or more s, as both the StoreEngine and power dissipation can be significant in performance applications Thermal Interface Temperature (degrees C) Air Cooled StoreEngine + Typical Sustained Write Rate vs. 400 LFM Air Flow The information provided in this section is intended highlight the various thermal factors, to help you decide if your application may be affected by thermal limitations. While the StoreEngine and will function over their full specified temperature range, SSD data rates and/or StoreEngine CPU clock rates may be throttled at temperatures near the upper end of the operating temperature range. SSD Write Rate (MB/s) ET1 Temp Grade C Temp Grade Preliminary Data SSD power varies significantly with read/write rate. Higher rates result in higher power. SSDs may thermally throttle (reduce) data rates if high temperature limits are reached. Page 4 of Ambient Air Temperature (degrees C)

5 SSD Options StoreEngine supports the use of several standard different types of NVMe SSDs, depending on specific application requirements. Other SSD types such as emlc or SLC may be available on a special order basis. Contact Critical I/O. SSD MLC Two Level Cell (MLC) SSDs provide high storage reliability, endurance, and performance. SSD 3DTLC 3D Triple Level Cell (TLC) SSDs provide similar reliability and endurance but with higher storage capacity as compared to MLC SSDs. StorePak SSD count s may be configured with either 3 or 6 SSDs. 6 SSDs StorePaks provide higher capacity and performance; 3 SSD StorePaks provide lower cost and power. RAID Options In any of the DAS or NAS modes of operation, StoreEngine storage can be configured as RAID 0/1/5/10/1E. All RAID levels are implemented in software (leveraging Linux md layer) when StoreEngine is used with. When StoreEngine is used with one or more StorePak 3U VPX blades, hardware based RAID 0/1/10/1E is also supported SSD Security Options The following data protection options are available: Password Protection All StorePak SSD options implement a user definable drive password. The password is required to unlock the SSD and gain access to data. AES 256 Full Drive Encryption SSDs implement password protection and full drive encryption of all data stored on the SSD, using an AES 256 encryption algorithm. TCG/Opal SSDs implement AES encryption and password protection in a standardized manner as defined by the TCG/Opal specification. Unified Web Based StoreEngine provides a comprehensive web based management interface. This allows monitoring of status information, and configuration of interfaces, operating modes, and storage options. Control/ Capabilities BIT status (self test, voltages, currents, temperatures) Storage and protocol configuration Recorder configuration and control Storage status (available/used capacity, status, errors) Network statistics Interface Status (link status, errors) Performance monitor and benchmark Enable/Disable protocols & features Security, encryption, and permissions System Configuration Snapshots Quick Config and Config Restore Secure Erase Built-In Test (BIT) StoreEngine s standard Power On Self Test (POST) performs a test of the processor, cache, DDR4 memory, interfaces, and data paths. StoreEngine also runs a continuous basic BIT routine (CBIT), monitoring board/drive health. On board temperatures, and power supply voltages and currents are also continuously monitored. The condition of StorePak SSD drives, including errors and performance levels is also continuously monitored, allowing users to be notified in the event that drive performance or life expectancy begins to degrade. Optional I/O Expansion and Storage XMCs StoreEngine supports the use of optional I/O Expansion and modules. These XMCs are illustrated within the dashed line area in the figures below. P2 P1 P0 Opt 2x 10 GbE or XAUI 2x G3 x4 G2 x4 G2 x4 NT G2 Switch G2 NT Switch Optional Expansion Module G3 x8 G3 x8 16GB SSD BIOS FLASH 8GB DDR4 with Storage Software 1GbE Bae T 2x 1/10 GbE Base KX/ KR P2 P1 P0 2x G3 x4 G2 x4 G2 x4 NT G3 Switch G2 NT Switch Optional Storage Module G3 x8 G3 x8 16GB SSD BIOS FLASH 8GB DDR4 with Storage Software 1GbE Bae T 2x 1/10 GbE Base KX/ KR The optional I/O Expansion XMC module provides either 10GbE XAUI backplane I/O or additional backplane I/O, along with up to 2TB of SSD storage The optional module provides up to 12TB of ultra high performance connected NVMe SSD storage Page 5 of 7

6 Air Cooled StoreEngine Technical Specifications (preliminary) Controller Architecture Form Factor Storage Software DRAM Backplane Interfaces XMC Site Optional Interface XMCs Performance Optional SSD Storage () DAS Protocol Support NAS Protocol Support Storage Security () Power Requirements Power Consumption (Preliminary) Temperature Humidity Storage Controller with optional (SSD Storage XMC) 3U VPX (1.0 pitch VITA 48) air cooled StoreEngine Storage /Recording software (Linux based) 8GB Dual Channel DDR (34GB/s raw aggregate bandwidth) 2x x4 G2 2x x4 G2/3 (additional 2x x4 G2 with optional I/O Expansion XMC) 1x 1000Base-T GbE 2x 1/10G Base-KX/KR VITA 61 XMC site. Gen3 x8 capable. (contact Critical I/O for VITA 42 XMC site availability) 2x 10Gb Ethernet Optical (front I/O) 2x 1/2/4/8 Gb Fibre Channel Optical (front I/O) 2x XAUI 10Gb Ethernet (backplane I/O) Recorder mode: up to 6 GB/s (up to 3 GB/s for 3 SSD ) Direct Attached Storage (DAS) mode: up to 2 GB/s File Server (NAS) mode: up to 1GB/s Up to 6TB with 3 SSD Up to 12TB with 6 SSD DAS, Fibre Channel NFS, FTP, CIFS/SMB, UDP Direct Std: ATA security (password), no encryption E: AES-256 full drive encryption T: TCG/Opal AES-256 full drive encryption F: FIPS Level 1 full drive encryption Web GUI, Network Protocol +12VDC at 5A (no XMC) or 6A (with 3 SSD XMC) or 7A (with 6 SSD XMC) +3.3VDC at 0.5A 40 Watts (typical, no ) 50 Watts (typical, with 3 SSD ) 55 Watts (typical, with 6 SSD ) Std: Operating: 0C to +55C; Storage: 0C to +70C ET: Operating: -20C to +55C; Storage: -40C to +85C* ET1: Operating: -40C to +71C; Storage: -40C to +85C* Std: Operating: 10-90%, non-condensing, Storage: 5-95%, non-condensing ET: Operating: 0-95%, non-condensing, Storage: 0-100%, condensing ET1: Operating: 0-95%, non-condensing, Storage: 0-100%, condensing Vibration (random) VITA 47 Class V2: 0.04g2/Hz ( Hz) Shock 20g Peak sawtooth (11ms duration) Weight SE300-VPX_ND: SE303-VPX or SE306-VPX Supported Client Platforms Intel, PowerPC Client Software Support Drivers for VxWorks, Linux, Windows (protocol/mode support varies by OS, contact Critical I/O) Base Model Number SE303-VPX Configuration with 3 SSD SE306-VPX Configuration with 6 SSD SE300-VPX-ND Configuration without Model Description 3U VPX StoreEngine, embedded storage controller (optional Solid State drives on ), aircooled 3U VPX, RoHS LEAD FREE *Non-powered extended storage at high temperatures may result in reduced data retention duration Air Cooled 3U VPX StoreEngine Model Numbers (Not all option combinations are valid) StoreEngine with no XMC: SE300-VPX-ND StoreEngine with 3 drive XMC SE303-VPX-YYxxxxxW-ZZZ StoreEngine with 6 drive XMC SE306-VPX-YYxxxxxW-ZZZ (XMC does not have stack connector) StoreEngine with 6 drive XMC SE306S-VPX-YYxxxxxW-ZZZ (XMC has stack connector) where: YY: SSD Class (MC = MLC, 3T = 3D TLC NAND) xxxxx: aggregate raw capacity in GBytes W: SSD security option (blank = password, E = AES-256, T = TCG/Opal, F = FIPS140-2) ZZZ: temperature range (blank = 0C to +50C, ET = -20C to +55C, ET1 = -40C to +71C) Example: SE306-VPX-MC12000E-ET1 3U VPX Air Cooled StoreEngine with 6 SSD 1200GB MLC, AES-256, -40C to +71C Page 6 of 7

7 Conduction Cooled StoreEngine Technical Specifications (preliminary) Controller Architecture Storage Controller with optional (SSD Storage XMC) Form Factor 3U VPX (1.0 pitch VITA 48) conduction cooled Storage Software StoreEngine Storage /Recording software (Linux based) DRAM 8GB Dual Channel DDR (34GB/s raw aggregate bandwidth) Backplane Interfaces 2x x4 G2 2x x4 G2/3 (additional 2x x4 G2 with optional I/O Expansion XMC) 1x 1000Base-T GbE 2x 1/10G Base-KX/KR XMC Site VITA 61 XMC site. Gen3 x8 capable. (contact Critical I/O for VITA 42 XMC site capability) Optional Interface XMCs 2x 10Gb Ethernet Optical (front I/O) 2x 1/2/4/8 Gb Fibre Channel Optical (front I/O) 2x XAUI 10Gb Ethernet (backplane I/O) Performance Recorder mode: up to 6 GB/s (up to 3 GB/s for 3 SSD configurations) Direct Attached Storage (DAS) mode: up to 2 GB/s File Server (NAS) mode: up to 1GB/s Optional SSD Storage Up to 6TB with 3 SSD () Up to 12TB with 6 SSD DAS Protocol Support DAS, Fibre Channel NAS Protocol Support NFS, FTP, CIFS/SMB, UDP Direct Storage Security Std: ATA security (password), no encryption () E: AES-256 full drive encryption T: TCG/Opal AES-256 full drive encryption F: FIPS Level 1 full drive encryption Web GUI, Network Protocol Power Requirements +12VDC at 5A (no XMC) or 6A (with 3 SSD XMC) or 7A (with 6 SSD XMC) +3.3VDC at 0.5A Power Consumption 40 Watts (typical, no ) (Preliminary) 50 Watts (typical, with 3 SSD ) 55 Watts (typical, with 6 SSD ) R1 Operating: -40C to +71C; Storage: -40C to +100C* Temperature R2 Operating: -40C to +85C; Storage: -40C to +100C* Humidity Operating: 0-95%, non-condensing, Storage: 0-100%, condensing Vibration (random) VITA 47 Class V3: 0.1g2/Hz (14.1 grms) Hz Shock VITA 47 Class OS2 40g Peak sawtooth (11ms duration) Weight SE300-CCVPX_ND: SE303-CCVPX or SE306-CCVPX: Supported Client Platforms Intel, PowerPC Client Software Support Drivers for VxWorks, Linux, Windows (protocol/mode support varies by OS, contact Critical I/O) Base Model Number SE303-CCVPX Configuration with 3 SSD SE306-CCVPX Configuration with 6 SSD SE300-CCVPX-ND Configuration without Model Description 3U VPX StoreEngine, embedded storage controller (optional Solid State drives on ), conduction-cooled 3U VPX 1, RoHS LEAD FREE *Non-powered extended storage at high temperatures may result in reduced data retention duration Conduction Cooled 3U VPX StoreEngine Model Numbers (Not all option combinations are valid) StoreEngine with no XMC: SE300-CCVPX-ND StoreEngine with 3 drive SE303-CCVPX-YYxxxxxW-ZZZ StoreEngine with 6 drive SE306-CCVPX-YYxxxxxW-ZZZ (XMC does not have stack connector) StoreEngine with 6 drive SE306S-CCVPX-YYxxxxxW-ZZZ (XMC has stack connector) where: YY: SSD Class (MC = MLC, 3T = 3D TLC NAND) xxxxx: aggregate raw capacity in GBytes W: SSD security option (blank = password, E = AES-256, T = TCG/Opal, F = FIPS140-2) ZZZ: temperature range (R1 = -40C to +71C, R2 = -40C to +85C) Example: SE306-CCVPX-MC12000E-R1 3U VPX Conduction Cooled StoreEngine with 6 SSD 12000GB MLC, AES-256, -40C to +71C Page 7 of 7